Semiconductor Design
& Engineering Services
Powering a High Performance Digital and Mixed-Signal Processing
The semiconductor industry is experiencing a surge in demand driven by specialized chipset needs across diverse sectors. Modern semiconductor engineering prioritizes processing speed, power efficiency, and application-specific optimizations. Leading tech firms are developing custom ASICS for automotive, avionics, and industrial applications, as well as for loT and edge computing. This trend requires tighter software-hardware integration and product differentiation. Al-enabled chips are revolutionizing consumer devices, networking infrastructure, and robotics applications. The industry is also advancing with 3D ICs, RISC-V architecture, and RF solutions, while pushing towards lower technology nodes for enhanced performance.
In this fast changing environment, our comprehensive “spec-to-silicon” services enable our clients to accelerate time-to-market and enhance their competitive edge. Over the last 27 years, elnfochips has facilitated 400+ tapes outs from 180nm to 3nm technology nodes.
Why eInfochips for Semiconductor Design & Engineering Services?
World’s first services company to work on 7nm and 10nm ASICs
Expertise across verification disciplines: IP development, Cluster, SoC verification, Formal, Low power, Mixed signal ASIC
400+ tape-outs across 180nm to 3nm technology nodes
Expertise from spec-to-silicon (RTL-GDSII-DFT/DFM Process)
50+ field proven Verification IPs
Expertise in SystemVerilog, SystemC, C++, Verilog, VHDL, VMM, OVM, UVM
Foundation Services
Design
ASIC
- Micro-architecture design
- RTL coding & lint
- SOC integration
- IP development
FPGA
- Feasibility study & FPGA
device selection - Architecture design,
RTL Coding & Lint - Synthesis and optimization
- FPGA to FPGA migration
Design Verification
- SoC and IP verification
- Low power design verification & testing
- Analog mixed signal
verification - Formal verification
- VIP development, verification and integration
- Tool validation and verification
- Verification infrastructure automation
- Verification legacy TB/
environment porting, and infrastructure automation - System-C modeling
Design For Test (DFT) and ATE Testing
DFT:
- Architect, methodology & flow
- Hierarchical scan insertion & ATPG
- Memory BIST, LBIST & JTAG/
TAP implementation - Low power, low pin count DFT expert
- Test vector debug & failure analysis
- DFT Signoff: Test coverage, DFT area, test timing and ATE memory
ATE Testing:
- ATE test program creation
- Wafer/Package testing and characterization
- Yield analysis
Validation
- Emulation
- Pre-silicon validation
- Automation testing
- Hardware development
- Hardware testing
- Interface characterization
- Pre-compliance testing
Physical Design
- RTL to GDSII implementation
- IP (DDR/UCI/HBM) hardening
signoff services-static timing
analysis (STA), physical
verification, power analysis/
fixing - Technology and fab migration
- Analog layout and validation
Transformation Services
IP Design & Integration
- Design and
development - Evaluation, integration
& verification - Hardening
- Synthesis to GDSII
implementation for IP
VIP Development
- Development
- Verification and
sustenance - Integration and
customization
Derivative ASICs
- Custom RTL design
- IP integration,
hardening, and layout - Verification
infrastructure
customization - Turnkey execution for
derivative projects
Process Migration
- Memory layout
development
migration - Library development
and migration - IP migration
- Synthesis to GDSII for
retargeted design
Semiconductor Product Engineering Services Capabilities
Partners and Alliances
eBook - CXO’s Guide to Navigate the Intricacies of Chip Design
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